Study on pulsed-discharge devices by using pulse-forming-network modules toward intense X-ray source

Nobuyuki Anzai; Daiki Takewaki; Fumitaka Tachinami; Kazumasa Takahashi; Toru Sasaki; Tsukasa Aso; Takashi Kikuchi; Nob. Harada

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Study on pulsed-discharge devices by using pulse-forming-network modules toward intense X-ray source

机译：利用脉冲形成网模块朝向激烈的X射线源研究脉冲 - 放电装置

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Apulsed-powergeneratorwithahighrateofcurrentrisewasstudiedtowardgeneratingintenseX-raysourcefromanX-pinchplasmas.Thepulsed-powergeneratorconsistsof48pulse-forming-network(PFN)moduleswithathree-stageofLCladdercircuit.Toevaluatetherateofcurrentriseforthepulsed-powergenerator,wedemonstratedtheshortcircuitexperimentswithlowoperationvoltage.TherateofcurrentrisedependsonthenumberofPFNmodulesduetothedecreaseofinductanceofPFN.Therateofcurrentrisefor48PFNmodulesat10kVofanoperationvoltageisestimatedtobe0.1kA/ns.TopredicttherateofcurrentrisefortherequirementtoobtaintheintenseX-rayfromtheX-pinch,thecircuitsimulationwasdemonstrated.Theresultsindicatedthattheoperationvoltagerequiresover70kVfortherateofcurrentriseof1kA/ns...

机译：Apulsed-powergeneratorwithahighrateofcurrentrisewasstudiedtowardgeneratingintenseX-raysourcefromanX-pinchplasmas.Thepulsed-powergeneratorconsistsof48pulse形成网络（PFN）moduleswithathree-stageofLCladdercircuit.Toevaluatetherateofcurrentriseforthepulsed-powergenerator，wedemonstratedtheshortcircuitexperimentswithlowoperationvoltage.TherateofcurrentrisedependsonthenumberofPFNmodulesduetothedecreaseofinductanceofPFN.Therateofcurrentrisefor48PFNmodulesat10kVofanoperationvoltageisestimatedtobe0.1kA / ns.TopredicttherateofcurrentrisefortherequirementtoobtaintheintenseX-rayfromtheX捏，thecircuitsimulationwasdemonstrated.Theresultsindicatedthattheoperationvoltagerequiresover70kVfortherateofcurrentriseof1kA / NS ...

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《Journal of Physics: Conference Series》 |2016年第1期|共页
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Nobuyuki Anzai; Daiki Takewaki; Fumitaka Tachinami; Kazumasa Takahashi; Toru Sasaki; Tsukasa Aso; Takashi Kikuchi; Nob. Harada;
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1. Study on pulsed-discharge devices with high current rising rate for point spot short-wavelength source in dense plasma observations [J] . Fumitaka Tachinami, Nobuyuki Anzai, Toru Sasaki, Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment . 2014,第jana期

机译：点密集短波观测中点电流短波源高电流上升率脉冲放电装置的研究
2. Plasma-based studies with intense X-ray and particle beam sources [J] . Lee RW., Baldis HA., Cauble RC., Laser and Particle Beams . 2002,第3期

机译：基于X射线和粒子束源的基于等离子体的研究
3. Experimental studies of electrostatic confinement on the intense neutron source-electron device [J] . Park J., Nebel RA., Rellergert WG., Physics of plasmas . 2003,第10期

机译：强中子源电子装置上的静电限制实验研究
4. Study on pulse power supply by using pulse forming network modules toward intense X-ray source [C] . Anzai, Nobuyuki, Tachinami, Fumitaka, Takewaki, Daiki, Abstracts IEEE International Conference on Plasma Science . 2013

机译：利用脉冲形成网络模块对强X射线源进行脉冲电源研究
5. Development and Investigation of a Super Intense Guided Laboratory Scale X-Ray Source [D] . Khan, Shahab F. 2011

机译：超强引导实验室规模X射线源的开发和研究
6. Optimized Electrode Locations for Wearable Single-Lead ECG Monitoring Devices: A Case Study Using WFEES Modules Based on the LANS Method [O] . Huaiyu Zhu, Yun Pan, Fan Wu, 2019

机译：可穿戴式单导心电图监测设备的最佳电极位置：以基于LANS方法的WFEES模块为例
7. The Development of a Gas-Puff Z-Pinch Device as an Intense X-Ray Source [O] . Tanaka Makoto, Kawata Hiroaki, Murata Kenji 1989

机译：强大的X射线气袋Z夹装置的开发
8. Conceptual design study of an intense x-ray source for coronary angiography. [R] . L. N. Blumberg 1992

机译：用于冠状动脉造影的强X射线源的概念设计研究。

Study on pulsed-discharge devices by using pulse-forming-network modules toward intense X-ray source

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